zwitschi
795a9f99f4
- Updated form template to prefill currency input with default value and added help text for clarity. - Modified integration tests to assert more descriptive error messages for invalid currency codes. - Introduced new tests for currency normalization and validation in various scenarios, including imports and exports. - Added comprehensive tests for pricing calculations, ensuring defaults are respected and overrides function correctly. - Implemented unit tests for pricing settings repository, ensuring CRUD operations and default settings are handled properly. - Enhanced scenario pricing evaluation tests to validate currency handling and metadata defaults. - Added simulation tests to ensure Monte Carlo runs are accurate and handle various distribution scenarios.
121 lines
3.5 KiB
Python
121 lines
3.5 KiB
Python
from __future__ import annotations
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import pytest
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from models import MiningOperationType, Project, Scenario, ScenarioStatus
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from services.pricing import PricingInput, PricingMetadata
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from services.scenario_evaluation import ScenarioPricingConfig, ScenarioPricingEvaluator
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def build_scenario() -> Scenario:
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project = Project(name="Test Project",
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operation_type=MiningOperationType.OPEN_PIT)
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scenario = Scenario(
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project=project,
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project_id=1,
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name="Scenario A",
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status=ScenarioStatus.ACTIVE,
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currency="USD",
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)
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scenario.id = 1 # simulate persisted entity
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return scenario
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def test_scenario_pricing_evaluator_uses_metadata_defaults() -> None:
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scenario = build_scenario()
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evaluator = ScenarioPricingEvaluator(
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ScenarioPricingConfig(
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metadata=PricingMetadata(
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default_currency="USD", default_payable_pct=95)
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)
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)
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inputs = [
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PricingInput(
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metal="copper",
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ore_tonnage=50_000,
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head_grade_pct=1.0,
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recovery_pct=90,
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payable_pct=None,
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reference_price=9_000,
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treatment_charge=50_000,
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smelting_charge=10_000,
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moisture_pct=9,
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moisture_threshold_pct=None,
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moisture_penalty_per_pct=None,
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impurity_ppm={"As": 120},
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premiums=10_000,
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fx_rate=1.0,
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currency_code=None,
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)
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]
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snapshot = evaluator.evaluate(scenario, inputs=inputs)
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assert snapshot.scenario_id == scenario.id
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assert len(snapshot.results) == 1
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result = snapshot.results[0]
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assert result.currency == "USD"
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assert result.net_revenue > 0
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def test_scenario_pricing_evaluator_override_metadata() -> None:
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scenario = build_scenario()
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evaluator = ScenarioPricingEvaluator(ScenarioPricingConfig())
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metadata_override = PricingMetadata(
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default_currency="CAD",
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default_payable_pct=90,
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moisture_threshold_pct=5,
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moisture_penalty_per_pct=500,
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)
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inputs = [
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PricingInput(
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metal="copper",
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ore_tonnage=20_000,
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head_grade_pct=1.2,
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recovery_pct=88,
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payable_pct=None,
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reference_price=8_200,
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treatment_charge=15_000,
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smelting_charge=6_000,
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moisture_pct=6,
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moisture_threshold_pct=None,
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moisture_penalty_per_pct=None,
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premiums=5_000,
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fx_rate=1.0,
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currency_code="cad",
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),
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PricingInput(
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metal="gold",
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ore_tonnage=5_000,
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head_grade_pct=2.0,
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recovery_pct=90,
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payable_pct=None,
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reference_price=60_000,
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treatment_charge=10_000,
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smelting_charge=5_000,
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moisture_pct=4,
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moisture_threshold_pct=None,
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moisture_penalty_per_pct=None,
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premiums=15_000,
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fx_rate=1.0,
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currency_code="cad",
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),
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]
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snapshot = evaluator.evaluate(
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scenario,
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inputs=inputs,
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metadata_override=metadata_override,
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)
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assert len(snapshot.results) == 2
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assert all(result.currency ==
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scenario.currency for result in snapshot.results)
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copper_result = snapshot.results[0]
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expected_payable = 20_000 * 0.012 * 0.88 * 0.90
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assert copper_result.payable_metal_tonnes == pytest.approx(
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expected_payable)
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assert sum(result.net_revenue for result in snapshot.results) > 0
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